Thermo Scientific TH13-6 x 50 Swinging Bucket Rotor with Accessories
Thermo Scientific TH13-6 x 50 Swinging Bucket Rotor with Accessories
Thermo Scientific TH13-6 x 50 Swinging Bucket Rotor with Accessories
Thermo Scientific TH13-6 x 50 Swinging Bucket Rotor with Accessories
Thermo Scientific TH13-6 x 50 Swinging Bucket Rotor with Accessories
Thermo Scientific TH13-6 x 50 Swinging Bucket Rotor with Accessories
Thermo Scientific TH13-6 x 50 Swinging Bucket Rotor with Accessories
Thermo Scientific TH13-6 x 50 Swinging Bucket Rotor with Accessories
Thermo Scientific TH13-6 x 50 Swinging Bucket Rotor with Accessories
Thermo Scientific TH13-6 x 50 Swinging Bucket Rotor with Accessories
Thermo Scientific TH13-6 x 50 Swinging Bucket Rotor with Accessories

Thermo Scientific TH13-6 x 50 Swinging Bucket Rotor with Accessories

sku: 3361561
1 In Stock
Ask a question
Condition : Good
Warranty : AS-IS
Region : US
$2,499.00$5,000.00
Apply For Finance
Make Offer
Enquiry Here
ADD TO CART
  • Make Thermo Scientific
  • Hertz Does Not Apply
  • Model TH13-6x50
  • Serial 42786400
  • Weight 22.0 Lb
  • Voltage Does Not Apply
  • Warranty AS-IS
  • Dimensions 20.0in x 20.0in x 16.0in
  • Shipping Type Ground
  • Item Condition Good
  • Manufacturing Date Does Not Apply

Product Information

The Thermo Scientific TH13-6 x 50 Swinging Bucket Rotor is a versatile tool designed for gradient separations or pelleting directly to the bottom of the tube, ideal for round or conical tubes. It features the innovative Auto-Lock Rotor Exchange for secure, push-button rotor exchange in less than 3 seconds, improving safety and convenience. The Auto-ID Instant Rotor Identification ensures immediate identification of rotor specifications, shortening run set-up time and enhancing safety. With a maximum speed of 13,100 rpm, this swinging bucket rotor enables a maximum RCF of 30,314 x g. The lightweight design, aluminum construction with titanium buckets, and unique speed handle for rotor lid tightening make handling and usage easier, safer, and more efficient. The rotor, with lid and buckets, and biocontainment covers, offers a capacity of 6 x 50 mL and an angle of 90 degrees. Suitable for various applications in research, diagnostic, and clinical laboratories, the TH13-6 x 50 Swinging Bucket Rotor is a reliable and indispensable tool to support a range of separations and pelleting processes. The unit is in very good condition, demonstrating little to some cosmetic damage, with proven usability and functionality to support warranty. As a used item, it is ready to deliver effective performance along with access to product accessories. Note that the product is being offered 'AS-IS' under a specific warranty policy.

Key Features

  • Auto-Lock Rotor Exchange
  • Auto-ID Instant Rotor Identification
  • Maximum Speed of 13,100 rpm
  • Maximum RCF of 30,314 x g
  • Capacity of 6 x 50 mL
  • Aluminum with Titanium Buckets
  • Angle of 90 degrees
Specifications

  • Type: Swinging Bucket
  • Material: Aluminum with Titanium Buckets
  • Capacity: 6 x 50 mL
  • Maximum Speed: 13,100 rpm
  • Angle: 90 degrees
  • K Factor: 1,503
  • Maximum RCF: 30,314 x g / 158 mm
  • Minimum RCF: 10,936 x g / 57 mm
  • Dimensions: Tube - 29 x 104 mm, Rotor - 158 mm
  • Weight: Approximately 17 kg
  • Dimensions: Approximately 13 x 13 x 9 cm
  • Harmonized Code: 842119
  • Harmonized Code Details: Centrifuges - other
Weight

Metric: 17 kg
Imperial: 37.5 lb

Dimensions

Metric: 13 cm x 13 cm x 9 cm
Imperial: 5.1 in x 5.1 in x 3.5 in

Harmonized Code

842119

Harmonized Code Details

The harmonized code 842119 for centrifuges - other is used based on the specifications and functionality of the Thermo Scientific TH13-6 x 50 Swinging Bucket Rotor.

Testimonials

★★★★★

“REUZEit has been a great partner for our used equipment needs and always provide timely updates of new arrivals of consigned equipment.”

★★★★★

“Great company to work with. Tammy completed our first international equipment shipment with ease.”

★★★★★

“Fast response, open to adjusting schedule as needed, and great customer interaction.”

Need Answers? We’re Here to Help